Shape Of Atomic Orbitals | Energy Of Orbitals

Questions|Shapes Of Atomic Orbitals|Filling Of Orbitals|Summary

Spin Quantum Number|Subshell Notation|Questions|Shape Of Atomic Orbitals|Filling Of Orbitals|Summary

Spin Quantum Number|Subshell Notation|Questions|Shape Of Atomic Orbitals|Filling Of Orbitals|Summary

Spin Quantum Number|Subshell Notation|Questions|Shape Of Atomic Orbitals|p-Orbitals|d-Orbitals|Filling Of Orbitals|Energy Of Orbitals|Summary

Molecular Orbital Theory|Formation Of Molecular Orbitals (LCAO)|Conditions For The Combination Of Atomic Orbitals|Energy Level Diagram For Molecular Orbitals|Questions|Summary

Orbital is the region in an atom where the probability of finding the electron around the nucleus. Orbitals do not specify a definite path according to the uncertainty principle. An orbital is described with the help of wave function Phi . Whenever an electron is described by a wave function, we say that an electron occupies that orbital. Since, many wave functions are possible for an electron, there are many atomic orbitals in an atom. Orbitals have different shapes, except s-orbitals, all other orbitals hae different shapes, except s-orbitals, all other orbital have different shapes, except s-orbitals, all other orbitals have directional character. Number of spherical nodes in an orbital is equal to (n-l-1) . Orbital angular momentum of an electron is sqrt(l(l+1))h . Q. When an atom is placed in a magnetic field, the possible number of orientations for an orbital of azimuthal quantum number 3 is:

Orbital is the region in an atom where the probability of finding the electron around the nucleus. Orbitals do not specify a definite path according to the uncertainty principle. An orbital is described with the help of wave function Phi . Whenever an electron is described by a wave function, we say that an electron occupies that orbital. Since, many wave functions are possible for an electron, there are many atomic orbitals in an atom. Orbitals have different shapes, except s-orbitals, all other orbitals hae different shapes, except s-orbitals, all other orbital have different shapes, except s-orbitals, all other orbitals have directional character. Number of spherical nodes in an orbital is equal to (n-l-1) . Orbital angular momentum of an electron is sqrt(l(l+1))h . Q. Which of thef ollowing orbitals is not cylinderically symmetrical about z-axis?

Orbital is the region in an atom where the probability of finding the electron around the nucleus. Orbitals do not specify a definite path according to the uncertainty principle. An orbital is described with the help of wave function Phi . Whenever an electron is described by a wave function, we say that an electron occupies that orbital. Since, many wave functions are possible for an electron, there are many atomic orbitals in an atom. Orbitals have different shapes, except s-orbitals, all other orbitals hae different shapes, except s-orbitals, all other orbital have different shapes, except s-orbitals, all other orbitals have directional character. Number of spherical nodes in an orbital is equal to (n-l-1) . Orbital angular momentum of an electron is sqrt(l(l+1))h . Q. The nodes present in 5p-orbital are: